18 Graduate Programs Embracing Games

First of all- we really like to thank: Online Universities and its staff to come knocking on our doors, and encourage us to post great articles.

And along with that, we like to share with our audiences, that there exist credible universities that provide online graduate programs.

Thanks to an ever richer assortment of educational games, students at nearly all levels of schooling are getting the chance to learn while having fun, experimenting, and practicing essential skills through video games. While gaming is most prevalent in K-12 classrooms, even some graduate schools are getting in on the gaming action, and video games are fast becoming an integral part of training students to be doctors, educators, and business people. There are still just a handful of graduate programs that are going all-in on gaming, but as serious games develop, there will undoubtedly be more and more who recognize the value of teaching students in a fun and risk-free environment. Here are just a few of the schools paving the way in using gaming in graduate education.

  1. Bristol University:
    Paul Howard-Jones, a professor of neuroscience at Bristol University, is a big proponent of using games in education and has the science to back up his assertions that games can facilitate learning. He doesn’t believe that mobile devices should be banned in the classroom, and instead thinks that they and the gaming potential that they hold should be embraced. He practices what he preaches and several of his graduate level courses in educational neuroscience are taught using his TWIG (teaching with immersive gaming) method.
    URL  - http://www.nytimes.com/2012/01/30/world/europe/harnessing-gaming-for-the-classroom.html?pagewanted=all&_r=1&
  2. University of Connecticut:
    Many students have a hard time embracing a dead language like Latin, but not when it’s made to be exciting and fun through game-based learning. Graduate student Karen Zook, with the help of Roger Travis, are bringing Latin back to life through a program called Operation Lapis. The game is being used in both undergraduate and graduate courses in the language, and Zook has said that while students resisted using games in classes at first, they eventually came to appreciate the opportunity to game for homework.
    URL- http://classicalfieldwork.com/blog/2010/08/17/operation-lapis-h-hour-approaches/
  3. University of Pennsylvania, Wharton School of Business:
    Wharton’s Alfred West Jr. Learning Lab has fostered the development of more than 30 games for supplementing business education courses for MBA students at the school. Games touch on topics like economics, finance, management, and marketing, and often model real-life scenarios that students will have to face once they’re out on their own in the working world. The games are challenging, but they’re also fun, encouraging students to build their skills and keep playing to learn how to navigate business dilemmas.
    URL- http://www.wharton.upenn.edu/learning/fare-game.cfm
  4. University of South Carolina, Moore School of Business:
    MBA students at Wharton aren’t the only ones who get to play around with games to experiment with real-life scenarios. Students at the University of South Carolina also get to use marketing and operations simulations through their courses. Students report that the games can make the sometimes dry and abstract material a lot more fun and engaging, and the games encourage good-natured competition which can actually help push students to work harder. URL- ( Unstable and faulty)
  5. Harvard Medical School: 
    Video games are even helping students to learn in some of the nation’s top medical schools. Dr. Bryan Bergeron, a researcher in Health Science and Technology at Harvard University, has developed a several health care-related games that are used by Harvard’s students and those at medical schools across the country. He states that gaming in education is appealing to schools, especially medical schools, because it cuts costs while getting students excited about learning, which can improve learning outcomes.
    URL- www.aamc.org/newsroom/reporter/june2011/250894/games.html
  6. Florida State University College of Medicine:
    The Department of Geriatrics at FSU’s College of Medicine is making smart use of games for its graduate students. Students enrolled in the program play ElderQuest, a role-playing game in which players have to nurse the Gray Sage, a wizard with a number of health issues, back to his full power. The game helps students to learn geriatric-care principles while still having fun, and even incorporates some of the staff members at the school into gameplay.
    URL- http://med.fsu.edu/index.cfm?page=geriatrics.currentResearch
  7. Duke University Medical Center:
    The Human Simulation and Patient Safety Center at Duke’s teaching hospital is employing gaming as a key part of teaching students to interact with patients and improve their performance on the job. Center director Jeffrey M. Taekman, M.D., works with students in game-style environments to help them learn and grow in a consequence-free space. The center is actively working to build more immersive learning environments, and has even put out a call for designers and programmers who can build tools used in collaboration, learning, and simulation.
    URL- http://simcenter.duke.edu/
  8. University of Minnesota Medical School:
    Students and faculty at the University of Minnesota Medical School aren’t just using games to learn, they’re also studying the effectiveness of those games on learning. In 2011, a team of researchers studied the educational effects of a video trivia game on the psychopharmacology knowledge of 29 third-year medical students. The results? While games weren’t the answer to all issues with learning at the school, they did improve involvement, motivation, and interest in learning in the students across the board.
    URL- http://med.fsu.edu/uploads/files/newsPubs/print/VideoGamesasMedicalEducationTools.pdf
  9. Queen’s University:
    This Kingston, Ontario school is one of the many universities in Canada that are embracing gaming as a learning tool for medical students. Instead of learning in a hospital or practicing on each other, students use the school’s clinical simulation center to clock hours of hands-on training before they ever set foot in a hospital. At the clinic, students can use plastic mannequins to learn how to insert an IV, perform resuscitation, birth a baby, or to assess causes of distress. The mannequins can be programmed to exhibit a wide range of health issues, so students get exposed to a variety of situations without the risk posed in real-life. In addition to the mannequins, students use a video game that allows them to practice their surgical skills, wielding a Wii-like device to try out procedures.
  10. University of British Columbia: 
    At UBC, medical students can get a leg up on practicing critical skills through the MedIT program. The program’s director, Dave Lampron, said that the school is working to add more interactive web lessons to their curriculum, but that students can already get a little practice through gaming in a simulation program that teaches students how to perform a diagnosis. Administrators have said that the interactive games have helped students who live in rural areas not have to travel to campus quite as often, with lectures and practice via the games taking place online.
    URL: http://medit.med.ubc.ca/
  11. MIT:
    MIT boasts some of the best academic research and development being done on educational games in the U.S. One of the coolest initiatives at the school is the Education Arcade, a consortium of researchers, faculty, and students that helps to develop games for learning. Of course, not all games developed at MIT are meant to be used outside of the school. MIT’s Sloan School of Business is using games to help MBA students learn the ropes. Students get to play Platform Wars, a simulation game that challenges students to play the role of a senior manager at a video game hardware producer, and teaches a variety of lessons about how to manage competition and develop strong technology strategies.
    URL- http://web.mit.edu/newsoffice/2011/vanished-smithsonian-0415.html
  12. European Institute of Business Administration:
    Students seeking out a business education in Paris, Singapore, or Abu Dhabi, will get a chance to interact with other students and faculty through the online virtual world Second Life. The INSEAD Learning Innovation Centre has begun to introduce Second Life into the school’s curriculum, using it as a learning tool. There’s a virtual camp where students can attend lectures, meet MBA students all over the world, and just have fun. The ability to create an avatar and act outside of the boundaries of the real world can make the experience fun and interesting for students.
    URL- http://en.wikipedia.org/wiki/INSEAD
  13. Charles University in Prague: 
    The Laboratory of Biocybernetics at Charles University in Prague is developing web-based simulation games that medical students at the school and others can use to learn. The first tool designed by the lab helps students to learn about the functions of individual physiological systems, using interactive multimedia that’s connected with a simulation model. Eventually, researchers want to link the simulation model to vast reference systems that will allow students to look up any information they need while playing an interactive game.
    URL- http://medicinex.stanford.edu/kofranek-abstract/
  14. University of Washington:
    The University of Washington has been using business simulation games in classes since 1957, but as technology has evolved, so have the games. In 2011, the Foster School of Business at UW in a partnership with Novel developed and piloted new enterprise simulations that will take business lessons from local companies like Starbucks, Nike, and Alaska Airlines, and combine them into a playable, fun simulation game. In order to succeed at the game, students will have to show off their skills at collaboration and management, skills they’ll need in the real world, too.
    URL: http://seattlebusinessmag.com/article/gaming-technology-tool-productivity?page=0,5
  15. Medical College of Georgia:
    This medical school has teamed up with BreakAway, a gaming company, to build a PC-based simulation that allows dental students to hone their skills without practicing on real-life patients. The program helps students to improve their outcomes in diagnostics, decision-making, and treatment protocols and is designed to ultimately ensure that the school’s dentists are well versed in patient therapy outcomes and risk management. To play, students guide a 3D avatar into a dental office to meet with a patient, ensure that the patient is ready for any procedures, and, if necessary, perform procedures in a realistic simulated environment.
    URL- http://www.breakawaygames.com/serious-games/solutions/healthcare/
  16. Texas A&M University, Corpus Christi: 
    This branch of Texas A&M is using games to help students in health-care majors learn valuable on-the-job skills. Called Pulse!!, the game provides a virtual learning space for training health care professionals in clinical skills. Students can guide a 3D avatar through the medical setting to care for patient needs and to practice some of the most critical patient care skills they’ll need once they move into traditional clinical practice.
    URL- http://www.healthgamesresearch.org/games/pulse-the-virtual-clinical-learning-lab
  17. University of Central Florida: 
    Undergraduate and graduate students in education can get a little practice being a teacher without actually having to set foot in a real-life classroom. With the help of the STAR Classroom Simulator, student teachers simply need to strap on a headset to engage with five simulated students from urban middle schools. Student actions are actually controlled by actors outside of the classroom and are often instructed to challenge student educators through a variety of different behaviors, all while faculty look on.
    URL- http://www.wftv.com/news/news/local/ucfs-largest-medical-class-train-video-game-simula/nQCGH/
  18. Armed Forces Simulation Institute for Medicine: 
    The AFSIM is working to build and study simulated environments for learning, therapy, and socializing that students and patients can use. One of the key goals of the projects at AFSIM is to help reduce the number of medical mistake doctors make, which has driven the development of simulations that help medical professionals learn how to care for patients both on the battlefield and in a hospital setting. So far, partnerships have yielded Healthcare Caesar, a interactive combat trauma mannequin, Vitalize!, an XBox Kinect powered game that can help rehabilitate patients, and an incident response game that helps medical students learn how to manage mass casualties, patient care, triage, and emergency response in military hospitals.
    URL- mcm.dhhq.health.mil/Libraries/NewsDocuments/Medical_Simulation.sflb.ashx

Source: http://www.onlineuniversities.com/blog/2012/11/18-graduate-programs-embracing-games/
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Definition of Cognitive Remediation/ Cognitive Rehabilitation

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The primary aim of cognitive remediation is to reduce cognitive deficits.When considering the remediation tools that are currently in practice one could compare it to brain training. However in contrast to cognitive remediation, brain training is aimed at healthy participants wishing to prevent aging-related cognitive deficits before they occur. The Brain Foundation Singapore has brain training programs employing evidence-based techniques to prevent cognitive aging.

Cognitive deficits can manifest as attention, memory, and executive function (ability to organize one’s actions and speech) disorders. Certain mental illnesses are sometimes characterized by specific cognitive deficits, such an example being social cognition disorders (which prevent the patients from understanding other people’s intentions, desires and emotions).These type of cognitive disorders highly compromise the social and professional integration of people suffering from them.

Cognitive remediation is a type of rehabilitation treatment offering exercises with an aim at improving attention, memory, language and/or executive functions.The expected result is an indirect positive impact on functional deficits affecting everyday life. Proper treatment with these therapies can help enhance the social and professional integration of patients.

Cognitive remediation is not meant to replace medical treatments or certain types of psychotherapy but rather to complement their effects.Indeed, all three types of treatment have differing effects. Psychoactive drugs impact brain receptors, where as psychotherapy impacts the patient’s image of him/herself and his/her environment, and cognitive remediation impacts the processing of information. These different therapeutic approaches can be combined and work synergistically. In short, cognition is enhanced by training one’s deficient functions or by developing those that have been preserved with compensational mechanisms. For instance,several clinically validated cognitive remediation programs are available in English for patients suffering from schizophrenia (The Brain Foundation- SBT PRO)

Cognitive remediation is also available for children suffering with ADHD (Attention-deficit hyperactivity disorder), people with mild intellectual deficits, people with brain injuries, and for senior individuals suffering from early stage dementia.

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Sweating makes you smart

Sweating makes you smart

What’s good for the body is good for the brain.
We all know that regular exercise is a major player in our ability to achieve a healthy weight, a longer life expectancy and a reduced risk of chronic diseases — from cancers to heart disease to diabetes. And, as you’ve likely discovered, it makes you look good too. But when you hit the gym, your biceps and lats aren’t the only muscles you’re working. It turns out that the brain-body connection is more powerful than anyone thought. Shaking a leg (or curling a bicep) doesn’t just make you stronger, healthier and better-looking—it also helps your brain shrug off damage and slows the effects of aging.

Thanks to brain-imaging studies in humans and neurochemical studies in animals, scientists have found evidence that exercise actually makes a stronger brain. Physical exertion induces the cells in the brain to reinforce old connections between neurons and to forge new connections. This denser neuron network is better able to process and store information, essentially resulting in a smarter brain. Exercise does more than simply preserve brain tissue—it can also improve thinking.

It Helps You Learn New Tricks
Even one exercise session can help you retain physical skills by enhancing what’s commonly known as “muscle memory” or “motor memory,” according to new research published in PlusOne.

As the New York Times reported, men who were taught to follow a complicated pattern on a computer and subsequently exercised were better able to remember the pattern in subsequent days than the men who didn’t exercise.

It Supports Problem-Solving
In one study, mice that exercised by running not only generated new neurons, but those neurons lit up when the mice performed unfamiliar tasks like navigating a new environment. Inactive older adults who began an exercise routine got significantly better at cognitive tests that measured skills such as planning and paying attention.

It Helps Alleviate Symptoms Of Depression
When you exercise, your pituitary gland releases endorphins to help mitigate the physical stress and pain you are experiencing. But those endorphins may play a more important and longer-lasting role: they could help alleviate symptoms of depression, according to a Mayo Clinic report.

It Reduces Stress
Although exercising raises our levels of cortisol — the hormone that causes physical stress and is even associated with long-term memory impairment — its overall effect is one of a stress reducer. That’s because exercise increases the body’s threshold for cortisol, making you more inured to stressors.

It Helps Delay Age-Associated Memory Loss
As we get older, an area of the brain called the hippocampus shrinks. That’s why age is associated with memory loss across the board. However, profound memory loss — such as in dementia and Alzheimer’s disease patients — is also contributed to by accelerated hippocampus shrinking. Luckily, the hippocampus is also an area of the brain that generate new neurons throughout a lifespan. And, the research shows, exercise promotes new neural growth in this area.

Maintaining a healthy brain, is exactly what experts believe you should do to stay sharp, no matter how old you are.
Findings presented at the Canadian Cardiovascular Congress show the brain-boosting effects of just four months of exercise.
Researchers found that not only were the participants’ body measurements all improved — they also did better on the tests of cognitive functioning.

“There are many benefits of exercise — we know it can make us feel better. This suggests it can make us ‘think better’ as well.”